Business Continuity Planning for Your Website and Digital Assets

A developer quits without notice. The person who manages your domain registrar stops responding to calls. Your hosting account password is known only to someone who's no longer at the company. These aren't uncommon situations, and they turn into emergencies when nobody else can access the systems that keep your business running online.

Business continuity planning for digital assets is usually treated as an afterthought—something you'll handle "later." But later often arrives during a crisis, when you're scrambling to regain control of critical accounts while your website is down.

The foundation of a proper continuity plan isn't complicated. It's knowing: Who has access to what? What happens if they can't perform their role? And how do you transfer control if you need to?

What "access" actually means for your business

Most businesses don't fully catalog their digital assets until something breaks. Start by listing what you actually need to keep online and running:

Domain registrar access: Where your domain name is registered (GoDaddy, Namecheap, Google Domains, etc.). This is where you renew your domain, point it to a new host, or transfer it elsewhere. If nobody but one person can log in, you can't act if that person is unavailable.

Hosting account access: Whether you're on shared hosting, a VPS, or a managed cloud platform, you need admin-level access to the account itself. This is separate from having SSH access to the server—it's the ability to spin up new servers, adjust billing, or migrate to a new provider.

Email account access: If your business email is hosted on the same platform as your website, or in a separate service like Google Workspace or Microsoft 365, someone needs to be able to reset passwords and recover access if the primary user account is locked out.

Code repository access: If your website is custom-built, your code lives somewhere—GitHub, GitLab, Bitbucket, or an internal server. Access to this means being able to deploy changes or hand off the codebase to a new developer.

SSL certificate and security keys: Your SSL certificate (the thing that makes your site HTTPS) has to be renewed periodically. If only one person has access to the account where it's managed, you have a problem when renewal time comes and they're unavailable.

CMS or website platform access: Whether you use WordPress, Webflow, Contentful, or a custom admin panel, you need login credentials and, critically, access to account settings and user management.

Analytics and tracking tools: Google Analytics, SEO tools, customer data platforms. These aren't critical for uptime, but losing access means losing visibility into how your site is performing.

Building a continuity plan that actually works

Write down every asset above with three pieces of information:

Who currently has access? Name the person. Not "the web developer" or "marketing"—the specific person.

How is that access maintained? Is it a username and password? An SSH key? Do they authenticate through a third-party service? Is multi-factor authentication enabled? If yes, who has the backup codes?

What would break if that person were unavailable? If they quit tomorrow, were hit by a bus, or simply went on vacation without handing off access, what would you not be able to do?

This clarity is step one. You now see your dependencies.

Step two is creating redundancy. This doesn't mean giving everyone access to everything. It means:

At least two people have access to each critical account. For your domain registrar and hosting, two authorized people should have confirmed, working credentials. Not one. Two.

Backup authentication methods are documented. If your hosting account uses a third-party identity provider (like "Sign in with GitHub"), what happens if GitHub's security blocks that account? Have a backup method to log in.

Passwords are stored securely but accessibly. A password manager like 1Password or Bitwarden with team sharing means passwords are encrypted but accessible to authorized team members if someone is unavailable. Never email passwords or write them in spreadsheets.

Access recovery procedures are written down. If the person who manages your domain registrar is unavailable, do you know how to recover access? Can you use the "Forgot password" flow? Do you have access to the email address associated with the account? Is that email address shared or personal?

Multi-factor authentication is set up but not a single point of failure. MFA is essential for security, but "MFA-only" means you can't get in if the authorized user's phone is off. Have a backup method—recovery codes, a secondary device, or a second person who can verify identity.

Testing your plan before you need it

A continuity plan that's never been tested isn't a plan—it's a document. Test it at least annually:

Simulate key access: Pick one critical account. Have someone other than the primary person attempt to log in using the recovery method. Do they have what they need? Are there missing steps? Update the procedure.

Check that passwords still work: Over time, passwords may expire, credentials may be revoked, or accounts may be disabled. Verify that the backup credentials you have on file actually work.

Verify email addresses are accessible: If recovery depends on "the email address associated with the account," make sure that email is monitored by someone other than the person it's addressed to. If the account holder's personal email is the recovery email and they leave, you're locked out.

Walk through a handoff scenario: If you were bringing in a new developer or transferring the website to a new agency, could you actually hand over access? Try it with a non-critical account. You'll find gaps.

What should be in your written continuity plan

Write a simple document—Google Doc, Notion, or printed and locked in a safe—with:

1. An inventory of every digital asset your business depends on. Domain, hosting, email, code, analytics, anything with a login.

2. The primary and secondary contact for each. Name, role, and how to reach them.

3. How to access each account. Where it's registered, what the login URL is, any special authentication steps.

4. Recovery procedures if the primary contact is unavailable. Specific steps to regain access.

5. Escalation contacts. If this is a vendor-managed account (your agency or freelancer controls it), who at that vendor is ultimately accountable if something goes wrong?

6. Annual review date. Mark a calendar reminder to review and update this document. People change roles, companies, and availability. Your plan needs to reflect that.

7. Who to contact in an emergency. If your website goes down and it's midnight on a Saturday, who do you call?

The business impact of planning now vs. discovering gaps later

Businesses without a continuity plan often discover they're missing access at the worst possible time. A developer leaves and takes the only SSH key. A domain registrar account is tied to someone's personal email address and nobody knows how to recover it. An agency that managed the website closes and nobody has the actual hosting credentials—the agency just had access on your behalf.

The cost of discovering these gaps during a crisis: hours of downtime, emergency calls to vendors, possible data loss, and reputational damage if you can't get back online quickly.

The cost of planning now: a few hours to document what you have, confirm access works, and set up redundancy. Maybe a few dollars to add a team member to a password manager subscription.

The payoff is peace of mind and the ability to respond to a crisis instead of being helpless during one.

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FAQ

What if we use an agency or freelancer to manage our website? This is extra critical. Get a commitment in writing that they'll maintain continuity documentation and share access with you to every account they control on your behalf. At minimum, you should have access to the domain registrar and hosting accounts. The code repository should be on your company account, not theirs. Review this annually.

Should we store passwords in a document or a password manager? Use a password manager with team sharing (1Password, Bitwarden, Dashlane Business). It's encrypted, auditable, and allows you to change passwords without having to email them around. Never email passwords. Never store them in a Google Doc or spreadsheet.

What if a key person refuses to share access? This is a red flag. If someone is irreplaceable because they're the only person with access, you have a vulnerability. Make it a requirement of employment or contractor status that critical account access is documented and shared appropriately. You can respect privacy (not needing their personal passwords) while maintaining business continuity (documented access to business accounts).

How often should we update the continuity plan? Review it at least annually, or whenever someone with critical access changes roles, leaves the company, or has significant changes to their availability. Update it whenever you add a new service or tool to your digital infrastructure.

What if we can't reach someone during an emergency? That's exactly why you need a backup contact and recovery procedures. Your plan should assume the primary contact is unavailable and document exactly how the backup contact regains access—through password recovery, account recovery emails, or escalation to the vendor.

Should we test the continuity plan without telling the people involved? No. Testing should be collaborative. Tell the backup contact you're running a test, have them attempt to use the documented procedures, and note what doesn't work. This turns the test into a training exercise as well.

What if our domain registrar or hosting company goes down or shuts down? That's why redundancy matters. Keep credentials for at least one alternative hosting provider or domain registrar documented and current. If your current provider fails, you'll know exactly how to move to the backup without scrambling for new credentials.

How much access should non-technical staff have? Everyone who needs to do their job should have access to the tools and accounts they use. For non-technical staff, this might not include hosting or code repository access. But someone in finance should have access to billing. Someone in operations should have a clear recovery path if they need to troubleshoot during an emergency.

Can we have one master password for everything? No. Avoid single points of failure. Each account should have a distinct, strong password. What you can do is ensure that multiple people have access to all of them through a secure password manager, and that recovery methods are documented for each account.